| Date | July 25, 2025 |
| Venue | Apta Railway Station, Rasayani. |
| Faculty Coordinator | Ms. Gayatri Pathak. |
| Department | Civil Engineering |
| Event Objective: | To study main components of the railway track. To understand the function of rails, sleepers, ballast, and subgrade. To observe track layout, points, and crossings. To learn about track maintenance and safety measures. To relate theoretical knowledge with practical field observations. |
| Event Outcome: | Understood the structure and purpose of each railway track component. Gained knowledge of how rails, sleepers, and ballast work together for stability. Observed actual track arrangements, points, and crossings at the station. Learned about maintenance methods and safety procedures followed by railways. Connected classroom theory with real-world railway operations and practices. |
A site visit to Apta Railway Station was conducted for TE students to provide practical exposure to railway engineering concepts. During the visit, students observed the railway track and its essential components, gaining firsthand understanding of how a track is designed to support and guide trains safely.
The visit covered key components including:
- Rails: High-strength steel members that provide a smooth running surface and guide train wheels.
- Sleepers: Structural supports that hold rails in position, maintain gauge, and distribute loads.
- Ballast: A layer of crushed stones that absorbs vibrations, ensures drainage, spreads loads, and prevents track movement.
- Sub-ballast and Subgrade: Foundation layers that provide stability to the overall track structure.
- Fastenings: Clips, bolts, anchors, and fishplates used to secure rails to sleepers and maintain alignment.
- Rail Joints and Welds: Connections between rail sections, with modern tracks using continuous welded rails for smoother operation.
The visit helped students understand the functioning, stability, and engineering considerations involved in railway track construction and maintenance. It enhanced their practical knowledge and linked theoretical concepts with real-world applications.
